Title page
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Name of the TSF
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Operator of the TSF
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Inspection by:
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Date of inspection
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Summary of the inspection
Information before the inspection
General information
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All required permits/approvals available?
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Missing permits/approvals are:
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Tailings discharge volume per day/month/year
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Raising rate of the TSF per year if constructed with lifts
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Remaining service life of the TSF
Tailings composition
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Mineral composition of the tailings
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Sulfide minerals containing in the tailings
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Density of the tailings as slurry
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Density of consolidated tailings
Geometrical aspects of TSF
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Surface area of each TSF (in ha)
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Altitude of TSF crest
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Height of TSF crest above toe
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Embankment upstream/downstream slopes and width
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Total length of embankment
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Volume of TSF (filling level in%)
Water management of the TSF
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Amount of water used in the plant
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Amount of water carried in the tailings
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Is there an available water recycling system?
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Amount of recycled water to the plant
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Amount of treated water outflow
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Amount of estimated seepage
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Amount of estimated water evaporation
Monitoring and control systems
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Emergency management by means of
- Freeboard
- Spillway
- Pipeline trench
- Reserve pumps
- Outrun distance calculation and designation of safe zones
- None of the above
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Are there monitoring and control systems for
- Consolidation degree of tailings
- Dam movement
- Phreatic surface in the dam
- Water quality when discharged to environment
- None of the above
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SOPs for
- Tailings discharge
- Embankment raising and construction
- Emergency
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Are there soil erosion control measures for the tailings?
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Is there a map of all tailings with their respective residual grades?
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Are there grievances or complaints of the surrounding population/third parties?
Physical and environmental stability
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Assessment of the physical stability
- Ok
- Ok with limitations
- Compromised
- At risk
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The key factors for the classification as "compromised" or "at risk" are
- Embankment stability
- Water management
- Surface erosion
- Piping erosion
- Fractures in slopes and crest
- Missing freeboard
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Assessment of the environmental stability
- Ok
- Ok with limitations
- Compromised
- At risk
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The key factors for the classification as "compromised" or "at risk" are
- Effluent water quality
- Dust generation
- Erosion
- Spills
- AMD
- Seepage in the underground
- Chemical load of effluent
- Radioactivity
Observations during the inspection
General information about the TSF
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What is the tailings producing process
- Gravity concentration
- Flotation
- Ground sluicing
- Other
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TSF layout
- Cross valley
- Single side hill
- Multiple side hill
- Ring dyke
- Single valley bottom
- Multiple valley bottom
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Number of TSF
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Operation procedures if more than 1 TSF
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Types of TSF construction
- Upstream TD
- Downstream TF
- Centerline TF
- WRTTSF
- Other
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Construction method
- Manual
- Dozer
- Excavator
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Compaction method
- Manual
- Equipment
- No compaction
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Zonation of the dam
- Core
- Drains
- Filter
- No zonation
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Deposition type
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Tailings consistency
- Slurry
- Thickened
- HDT
- Paste
- Dry
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Photos/Videos of the TSF
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Impermeabilization and liner system
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Description of the system
Tailings discharge
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Location of tailings discharge
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Type of discharge
- Fixed single pipe
- Moving single pipe
- Spigots
- Cyclone
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Foto of discharge
Drainage
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Drain type
- Well
- Collection ditch or well
- Collection pond
- Underdrains
- None
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Foto of the drain
Water treatment system
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Used system
- Wetland
- Limestone channels
- pH modifiers
- Floculation
- None
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Foto of the treatment system
Auxiliary elements
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Which auxiliary elements exist for Tailings management
- Pipelines (water,tailings)
- Pumps
- Trestles
- Trenches
- Water ponds
- Diversion ditches
- Culverts
- Road ways
- None
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Fotos of auxiliary elements used for Tailings management
Surrounding area of the TSF
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Catchment area conditions
- Erosion
- Steep slopes
- TSF crossing a drainage way
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Diversion ditches
- Available
- Clogged
- Maintained
- None available
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Embankment conditions
- Cracks on crest or slopes
- Vegetation on crest or slopes
- Erosion on crest or slopes
- Slumps on crest or slopes
- Leaks
- Piping erosion
- Wet parts on slopes
- Signs of overtoppling and tailings spills
- Defects of lining
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Spillway condition
- Clogged
- Vegetation
- Erosion
- No spillway
Decant installation of TSF
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Type of decant system
- Drainage line/tower
- Siphon
- Natural overflow
- Barge with pump
- None
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Segregation efficiency
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Beach slope and form
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Decant installation
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Freeboards (operational/emergency)
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Pipelines for water recycling
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Liners
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Drainage
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Color of decant water
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Turbidity of decant water
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Smell of decant water
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pH of decant water
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Temperature of decant water
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Oxygen in decant water
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EC/TC of decant water
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TDS of decant water
Water discharge to the environment
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Conditions
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Smell
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Turbidity
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Color
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pH
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Temperature
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Oxygen content
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EC/TC
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TDS
Downstream water quality
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Condition
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Color
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Smell
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Turbidity
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pH
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Temperatire
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Oxygen
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EC/TC
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TDS
Environmental influences through the TSF
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Condition
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Environmental influences of the TSF to the environment
- Dust generation from dried sections
- Any spills of tailings in the TSF
- Ponding water in the TSF that does not serve operational purposes
- Reclamation activities
- None
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Effects of animals on TSF
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Effects of TSF on animals
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Effects of plants on TSF
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Effects of TSF on plants
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What kind of erosion control is used
Settling ponds
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Do waste water settling/polishing ponds exist?
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How many waste water settling ponds exist?
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Are the settlement ponds of stable structure and maintained?
Measurements of the tailings
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Moisture of consolidated tailings
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Particle size distribution (slime,sand,gravel)
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Acid generation potential
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Chemicals from the plant
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Metals and salts